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Key: Meeting M      Journal J      Funder F

Showing releases 26-50 out of 2074.

<< < 1 | 2 | 3 | 4 | 5 | 6 > >>

Public Release: 10-Jan-2018
Advanced Functional Materials
Making the Internet of Things possible with a new breed of 'memristors'
Easily printable, organic thin films can retain data for more than 10 years without power, work with low voltages -- and become the building block of future computers that mimic the human brain.
Academy of Finland

Contact: Sayani Majumdar
Aalto University

Public Release: 9-Jan-2018
Proceedings of the National Academy of Sciences
'Gyroscope' molecules form crystal that's both solid and full of motion
To make a solid crystal, molecules are generally so tightly packed together there's no room for any movement. It means that solid crystals -- despite their strength and durability -- have generally been ignored as having any possible function as molecular machines. UCLA researchers have formed a crystal out of molecules that look like gyroscopes. The crystal is externally solid but contains moving parts.
National Science Foundation

Contact: Stuart Wolpert
University of California - Los Angeles

Public Release: 9-Jan-2018
Scientific Reports
Solid-state physics offers insights into dielectric properties of biomaterials
In this paper, researchers characterize the behavior of proteins, considered as classical amorphous semiconductors, with the help of the formalism of condensed matter physics. The authors have clearly shown the powerful methodology and instrumentation of condensed matter physics to be effective for fundamental research into the electrodynamics of biological objects. The next step could involve the application to biomaterials research of the wide range of other theories and models that have been effectively used by the physics community for many decades.
Ministry of Education and Science of the Russian Federation, Russian Foundation for Basic Research, Czech Science Foundation

Contact: Ilyana Zolotareva
Moscow Institute of Physics and Technology

Public Release: 8-Jan-2018
Nature Communications
Improved blood stabilization should expand use of circulating tumor cell profiling
A new blood stabilization method, developed at the Massachusetts General Hospital Center for Engineering in Medicine, significantly prolongs the lifespan of blood samples for microfluidic sorting and transcriptome profiling of rare circulating tumor cells, living cancer cells carried in the bloodstream.
National Institutes of Health, Howard Hughes Medical Institute, Prostate Cancer Foundation, US Department of Defense, Burroughs Wellcome Trust, National Science Foundation, Lustgarten Foundation, Verville Family Pancreatic Cancer Research Fund

Contact: Katie Marquedant
Massachusetts General Hospital

Public Release: 8-Jan-2018
Proceedings of the National Academy of Sciences
New long-acting, less-toxic HIV drug suppresses virus in humanized mice
A team of Yale researchers tested a new chemical compound that suppresses HIV, protects immune cells, and remains effective for weeks with a single dose. In animal experiments, the compound proved to be a promising new candidate to enhance current HIV treatment regimens -- without increasing toxic side effects, the researchers said.
National Institutes of Health

Contact: Ziba Kashef
Yale University

Public Release: 8-Jan-2018
Nature Chemistry
New catalyst for making fuels from shale gas
Methane in shale gas can be turned into hydrocarbon fuels using an innovative platinum and copper alloy catalyst, according to new research led by UCL (University College London) and Tufts University.
US Department of Energy, Engineering and Physical Sciences Research Council, European Research Council and the Royal Society

Contact: Rebecca Caygill
University College London

Public Release: 5-Jan-2018
Journal of Materials Science
Ultrafine fibers have exceptional strength
MIT researchers have developed a process to produce ultrafine fibers -- whose width is measured in nanometers -- that are exceptionally strong, tough, inexpensive, and easy to produce, and could be choice materials for many applications, such as protective armor.
Natick Soldier Research, Development and Engineering Center, Institute for Soldier Nanotechnologies, National Science Foundation, Center for Materials Science and Engineering

Contact: Ms. Karl-Lydie Jean-Baptiste
Massachusetts Institute of Technology

Public Release: 5-Jan-2018
Study boosts hope for cheaper fuel cells
Simulations by Rice University scientists show how carbon nanomaterials may be optimized to replace expensive platinum in cathodes for electricity-generating fuel cells.
Robert Welch Foundation, Army Research Office, Development and Reform Commission of Shenzhen Municipality, Youth 1000-Talent Program of China, Tsinghua-Berkeley Shenzhen Institute

Contact: David Ruth
Rice University

Public Release: 4-Jan-2018
Nature Materials
NRL improves optical efficiency in nanophotonic devices
Nanophotonic devices have direct applications for use in ultra-high resolution microscopes, solar energy harvesting, optical computing and targeted medical therapies.

Contact: Daniel Parry
Naval Research Laboratory

Public Release: 4-Jan-2018
Nano Letters
Touchy nanotubes work better when clean
Heating carbon nanotubes at high temperatures and slowly cooling them eliminates contaminants that make nanotubes difficult to test for conductivity. Scientists from Rice and Swansea universities show how decontaminated nanotubes may simplify the design and manufacture of nanoscale devices.
Welsh Government Sêr Cymru National Research Network in Advanced Engineering and Materials, Sêr Cymru Chair Program, Office of Naval Research, Robert A. Welch Foundation

Contact: David Ruth
Rice University

Public Release: 4-Jan-2018
Proceedings of the National Academy of Sciences
Macrophage nanosponges could keep sepsis in check
Researchers at UC San Diego have developed macrophage 'nanosponges' -- nanoparticles cloaked in the cell membranes of macrophages -- that can safely remove sepsis-causing molecules from the bloodstream. In lab tests, these macrophage nanosponges improved survival rates in mice with sepsis.
National Science Foundation, Defense Threat Reduction Agency Joint Science and Technology Office for Chemical and Biological Defense, National Institutes of Health

Contact: Liezel Labios
University of California - San Diego

Public Release: 3-Jan-2018
Proceedings of the National Academy of Sciences
Physicists build muscle for shape-changing, cell-sized robots
A Cornell University team has made a robot exoskeleton that can rapidly change its shape upon sensing chemical or thermal changes in its environment. And, they claim, these microscale machines -- equipped with electronic, photonic and chemical payloads -- could become a powerful platform for robotics at the size scale of biological microorganisms.
The Cornell Center for Materials Research, National Science Foundation, Air Force Office of Scientific Research, Kavli Institute

Contact: Daryl Ann Lovell
Cornell University

Public Release: 3-Jan-2018
Scientists design bacteria to reflect 'sonar' signals for ultrasound imaging
Scientists have designed bacteria to reflect sound waves like submarines. The technology could eventually allow doctors to image therapeutic bacteria in the body using ultrasound.
National Institutes of Health, Canadian Institute of Health Research, Burroughs Wellcome Fund, Packard Fellowship, and others

Contact: Whitney Clavin
California Institute of Technology

Public Release: 2-Jan-2018
Nature Communications
Nature's smallest rainbows, created by peacock spiders, may inspire new optical technology
The mechanism behind these tiny rainbows may inspire new color technology, but wouldn't have been discovered without research combining basic natural history with physics and engineering. These super iridescent spider scales can be used to overcome current limitations in spectral manipulation, and to reduce the size of optical spectrometers for applications where fine-scale spectral resolution is required in a very small package, notably instruments on space missions, or wearable chemical detection systems.

Contact: Lisa Craig
University of Akron

Public Release: 2-Jan-2018
Nature Photonics
Tweaking quantum dots powers-up double-pane solar windows
Researchers at Los Alamos National Laboraotry are creating double-pane solar windows that generate electricity with greater efficiency and also create shading and insulation. It's all made possible by a new window architecture which utilizes two different layers of low-cost quantum dots tuned to absorb different parts of the solar spectrum. The approach complements existing photovoltaic technology by adding high-efficiency sunlight collectors to existing solar panels or integrating them as semitransparent windows into a building's architecture.
Center for Advanced Solar Photophysics, Energy Frontier Research Centre, US Department of Energy, Office of Science, Basic Energy Sciences

Contact: Nancy Ambrosiano
DOE/Los Alamos National Laboratory

Public Release: 2-Jan-2018
Nature Communications
Novel nanomedicine inhibits progression of pancreatic cancer in mice
A new Tel Aviv University study pinpoints the inverse correlation between a known oncogene -- a gene that promotes the development of cancer -- and the expression of an oncosuppressor microRNA as the reason for extended pancreatic cancer survival. The study may serve as a basis for the development of an effective cocktail of drugs for this deadly disease and other cancers.

Contact: George Hunka
American Friends of Tel Aviv University

Public Release: 2-Jan-2018
Journal of Applied Physics
Silver nanoparticles take spectroscopy to new dimension
As medicine and pharmacology investigate nanoscale processes, it has become increasingly important to identify and characterize different molecules. Raman spectroscopy, which leverages the scattering of laser light to identify molecules, has a limited capacity to detect molecules in diluted samples because of low signal yield, but researchers in India have improved molecular detection at low concentration levels by arranging silver nanoparticles on silicon nanowires. They describe their work in this week's Journal of Applied Physics.

Contact: Julia Majors
American Institute of Physics

Public Release: 1-Jan-2018
Nature Nanotechnology
Single metalens focuses all colors of the rainbow in one point
Metalenses -- flat surfaces that use nanostructures to focus light -- promise to revolutionize optics by replacing the bulky, curved lenses currently used in optical devices with a simple, flat surface. But, these metalenses have remained limited in the spectrum of light they can focus well. Now a team of Harvard researchers has developed the first single lens that can focus the entire visible spectrum of light -- including white light -- in the same spot and in high resolution.
Air Force Office of Scientific Research, National Science Foundation

Contact: Leah Burrows
Harvard John A. Paulson School of Engineering and Applied Sciences

Public Release: 27-Dec-2017
Proceedings of the National Academy of Sciences
Project will provide reaction kinetics data for synthesis of metallic nanocrystals
Researchers have published the first part of what they expect to be a database showing the kinetics involved in producing colloidal metal nanocrystals -- which are suitable for catalytic, biomedical, photonic and electronic applications -- through an autocatalytic mechanism.
National Science Foundation

Contact: John Toon
Georgia Institute of Technology

Public Release: 22-Dec-2017
European Physical Journal D
Quantum noise reduction method for enhanced precision in atomic clocks
Finding ways to reduce quantum noise can enhance the precision of measurement in atomic fountain clocks or in methods used for quantum information processing. A team of physicists including Aranya Bhattacherjee from Jawaharlal Nehru University, New Delhi, India and colleagues is now investigating ways of improving the analysis of quantum noise measurement in the case of spectroscopic investigations; their preliminary findings were released in a study in EPJ D.

Contact: Sabine Lehr

Public Release: 22-Dec-2017
Science Advances
Electronically-smooth '3-D graphene': A bright future for trisodium bismuthide
Researchers have found that the topological material trisodium bismuthide (Na3Bi) can be manufactured to be as 'electronically smooth' as the highest-quality graphene-based alternative, while maintaining graphene's high electron mobility.

Contact: Errol Hunt
ARC Centre of Excellence in Future Low-Energy Electronics Technologies

Public Release: 21-Dec-2017
Now entering, lithium niobate valley
Lithium niobate is already one of the most widely used optical materials, well-known for its electro-optic properties but it is notoriously difficult to fabricate high-quality devices on a small scale using lithium niobate, an obstacle that has so far ruled out practical integrated, on-chip applications. Now, Harvard researchers have developed a technique to fabricate high-performance optical microstructures using lithium niobate, opening the door to ultra-efficient integrated photonic circuits, quantum photonics, microwave-to-optical conversion and more.
National Science Foundation, Harvard OTD's Physical Sciences and Engineering Accelerator and the ARL Center for Distributed Quantum Information

Contact: Leah Burrows
Harvard John A. Paulson School of Engineering and Applied Sciences

Public Release: 21-Dec-2017
Physical Review B
SUTD researchers discover a Valleytronics route towards reversible computer
Researchers from SUTD have discovered a new route towards novel reversible computer by fusing the concepts of valleytronics with digital information processing.

Contact: Melissa Koh
Singapore University of Technology and Design

Public Release: 21-Dec-2017
Nature Communications
Understanding the impact of defects on the properties of moS2
Highly desired in the petrochemical industry, but generally unwanted in electronics manufacture, defects in MoS2 influence the properties and utility of this material. Analysis of atomically thin MoS2 reveals how defects behave and relate to MoS2's anomalies.
Institute for Basic Science

Contact: Jung Gyu Kim
Institute for Basic Science

Public Release: 21-Dec-2017
SLAS Discovery
Nanofractionation platform with parallel mass spec to ID cytochrome CYP1A2 inhibitors
This new (and freely available) original research article presents a fast, robust and accurate methodology for correlating compound identity to CYP1A2 potency of inhibitors in metabolic mixtures. The methodology is centered around an at-line nanofractionation platform in which a metabolic mixture is chromatographically separated followed by parallel on-line mass spectrometric analysis and at-line nanofractionation on high-density microtiter well plates that are then directly exposed to a bioassay.

Contact: Nan Hallock
630-256-7527 x106
SLAS (Society for Laboratory Automation and Screening)

Showing releases 26-50 out of 2074.

<< < 1 | 2 | 3 | 4 | 5 | 6 > >>